function [out] = mapshow(listtentwe,electrolist,logelectrodes)

    for iii = 1 : length(logelectrodes); logelectrodes(1,iii) = logelectrodes(1,iii) ; end

            figure

            hFig = figure(1);
            set(hFig, 'Position', [50 50 810 630])

            for ii = 1 : 64 ;text (listtentwe{ii,1},listtentwe{ii,2},listtentwe{ii,3}); end
                        ylim([-2.5 2.5])
                        xlim([-2.5 2.5])

              for i = 1: 64 ; X_axis(1,i) = listtentwe{i,1}; end
              for i = 1: 64 ; Y_axis(1,i) = listtentwe{i,2}; end
            
              counter = 0;

%             while true
%                 [selected_lat,selected_lon] = ginput;
%                 if isempty(selected_lat)
%                     break % User typed ENTER
%                 end
%                 
%                 d = distance(X_axis, Y_axis, selected_lat, selected_lon);
%                 k = find(d == min(d(:)));
%                 
%                 counter = counter + 1;
%                 
%                 electro_list (1,counter) = k;
%                 
% %                 text (listtentwe{k,1},listtentwe{k,2},listtentwe{k,3},'color','R','FontSize',14); 
%                 text (listtentwe{k,1},listtentwe{k,2},listtentwe{k,3},'backgroundcolor',[.1,.5,.1]); 
%                 
% %                 geoshow(cities(k).Lat, cities(k).Lon, ...
% %                         'DisplayType', 'point', ...
% %                         'Marker', 'o', ...
% %                         'MarkerEdgeColor', 'k', ...
% %                         'MarkerFaceColor', 'y', ...
% %                         'MarkerSize', 3)
% %                 delete(h1,h2)
% %                 h1 = text(-2.8, 1.7, cities(k(1)).Name);
% %                 h2 = text(-2.8, 1.5, ...
% %                        num2str([cities(k).Lat, cities(k).Lon],'%10.2f'));
%             end
             
            
            

            
            for i = 1 : length (logelectrodes)
            
%                text (listtentwe{logelectrodes(1,i),1},listtentwe{logelectrodes(1,i),2},listtentwe{logelectrodes(1,i),3},'color','R','FontSize',14); 
                
                new_logelectrodes = find(strcmp(listtentwe,electrolist(logelectrodes(1,i),1)))-132;

                text (listtentwe{new_logelectrodes,1},listtentwe{new_logelectrodes,2},listtentwe{new_logelectrodes,3},'backgroundcolor',[.1,.5,.1]); 
       
            end
            
            out = 1;
end